Airmar B164 1KW Bronze TH 12D Tilted Element 10P Furuno

The Airmar B164 1KW Bronze TH 12D Tilted Element 10P Furuno is a professional-grade through-hull transducer built for serious anglers and boaters who demand reliable sonar performance in saltwater and freshwater environments. This bronze-hulled transducer integrates seamlessly with Furuno fishfinders and chart plotters, delivering the high-frequency imaging and target separation needed to locate structure, bottom composition, and fish with precision. Whether you're running a center console, cabin cruiser, or dedicated fishing vessel, this transducer provides the foundation for consistent, actionable sonar data trip after trip.

Operating at 1 kilowatt power output, the Airmar B164 delivers strong signal penetration and crisp target definition across a wide depth range. The tilted 12-degree element design optimizes beam geometry for hull-mounted installations, reducing dead zones directly beneath the boat and improving edge-to-edge sonar coverage. Bronze construction provides superior corrosion resistance compared to aluminum housings, critical for saltwater service where zinc anodes and regular maintenance are non-negotiable. The 10-pin Furuno connector ensures plug-and-play compatibility with compatible Furuno multifunction displays, eliminating integration headaches and allowing you to deploy or relocate the transducer with confidence.

This transducer is ideal for boaters running legacy or current-generation Furuno systems who need a robust replacement or upgrade without replacing their entire electronics suite. Through-hull installation requires a properly sized and sealed thru-hull fitting; consult your boat's specifications and a qualified marine electrician if you're unfamiliar with the process. The 12-pound unit mounts flush or slightly recessed, preserving hull lines while maintaining optimal water contact. For offshore fishing, commercial applications, or coastal cruising where sonar accuracy drives decision-making, the Airmar B164 delivers the durability and performance expected from a 1KW system.